Learning Objectives:-­‐ • Describe the probability of an event occurring using probability words • Use a probability scale • Theoretical Probability and Mutually exclusive events • Relative frequency • Enumerate sets and combinations of sets systematically, using tables and grids • Record, describe and analyse the frequency of outcomes of probability experiments using tables and frequency tress (probabilities as fractions, decimals or percentages) • Enumerate sets and combinations of sets systematically, using Venn Diagrams

A series of 17 workbooklets to be used with low ability KS3 students. Excellent for interventions. Student tracker and teacher tracker included. Workbooklets can be bought seperately.

I have created a series of 17 workbooklets to be used with low ability KS3 students. They can be purchased individually, or all 17 (plus 2 x trackers) can be purchased as a bundle. Excellent for interventions.

Book 1 = Integers I have created a series of 17 workbooklets to be used with low ability KS3 students. They can be purchased individually, or all 17 (plus 2 x trackers) can be purchased as a bundle. Excellent for interventions.

I have created a series of 17 workbooklets to be used with low ability KS3 students. They can be purchased individually, or all 17 (plus 2 x trackers) can be purchased as a bundle. Excellent for interventions.

I have created a series of 17 workbooklets to be used with low ability KS3 students. They can be purchased individually, or all 17 (plus 2 x trackers) can be purchased as a bundle. Excellent for interventions.

I have created a series of 17 workbooklets to be used with low ability KS3 students. They can be purchased individually, or all 17 (plus 2 x trackers) can be purchased as a bundle. Excellent for interventions.

I have created a series of 17 workbooklets to be used with low ability KS3 students. They can be purchased individually, or all 17 (plus 2 x trackers) can be purchased as a bundle. Excellent for interventions.

I have created a series of 17 workbooklets to be used with low ability KS3 students. They can be purchased individually, or all 17 (plus 2 x trackers) can be purchased as a bundle. Excellent for interventions.

I have created a series of 17 workbooklets to be used with low ability KS3 students. They can be purchased individually, or all 17 (plus 2 x trackers) can be purchased as a bundle. Excellent for interventions.

Workbooklet with exam questions and a guide book on how to “UNPACK” GCSE questions.

This series of workbooklets provide GCSE exam questions for students to tackle using the “UNPACK” method. U = UNderline important information about the question N = UNderstand what the question is asking P = What maths Processes will I be using? A = My Answer to th questions C = Have I Checked my work? K = I Know my answer makes sense The “UNPACK” booklet and PPT explains to students how to use this method, with examples, prior to them attmepting to use this method for themselves in:- Problem Solving with Shape, Space and Measure Problem Solving with Ratio and Proportion Problem Solving with Probability Problem Solving with Number Problem Solving with Data and Statistics Problem Solving with Algebra

Workbooklet with exam questions and a guide book on how to “UNPACK” GCSE questions.

Workbooklet with exam questions and a guide book on how to “UNPACK” GCSE questions.

I have created a series of 17 workbooklets to be used with low ability KS3 students. They can be purchased individually, or all 17 (plus 2 x trackers) can be purchased as a bundle. Excellent for interventions.

PPT and student workbook for GCSE Functional Skills mathematics: Number

Workbooklet with exam questions and a guide book on how to “UNPACK” GCSE questions.

Workbooklet with exam questions and a guide book on how to “UNPACK” GCSE questions.

6 workbooklets for the price of 5

Learning Objectives:- Apply statistics to describe a population Infer properties of populations or distributions from a sample, whilst knowing the limitations of sampling Use measures of central tendency and measures of spread to interpret, analyse and compare the distributions of data sets